/// <summary>
/// Get a list of all reuse material sizes
/// Set reuseMatId to 0 to get all objects
/// Otherwise return only the object matching the
/// Id number
/// </summary>
/// <param name="ident"></param>
/// <param name="reuseMatId"></param>
/// <returns></returns>
/// 2018-08-31 KJBO
public List <gReuseMatCL> getReuseMaterial(string ident, int reuseMatId)
{
List <gReuseMatCL> rmList = new List <gReuseMatCL>();
CReparator cr = new CReparator();
int identOK = cr.checkIdent(ident);
if (identOK == -1)
{
gReuseMatCL gm = new gReuseMatCL();
gm.ErrCode = -10;
gm.ErrMessage = "Ogiltigt login";
rmList.Add(gm);
return(rmList);
}
NxParameterCollection pc = new NxParameterCollection();
string sSql = " SELECT gm.reuseMatId, gm.minDiam, gm.reusePercentage, coalesce(min(gmNext.minDiam), 1500) gmMaxDiam "
+ " FROM gReuseMat gm "
+ " left outer join gReuseMat gmNext on gm.minDiam < gmNext.minDiam ";
if (reuseMatId > 0)
{
sSql += "where gm.reuseMatId = :reuseMatId ";
pc.Add("reuseMatId", reuseMatId);
}
sSql += " group by gm.reuseMatId, gm.minDiam, gm.reusePercentage ";
string errText = "";
DataTable dt = cdb.getData(sSql, ref errText, pc);
int errCode = -100;
if (errText != "")
{
gReuseMatCL gm = new gReuseMatCL();
if (errText.Length > 2000)
{
errText = errText.Substring(1, 2000);
}
gm.ErrCode = errCode;
gm.ErrMessage = errText;
rmList.Add(gm);
return(rmList);
}
foreach (DataRow dr in dt.Rows)
{
gReuseMatCL gm = new gReuseMatCL();
gm.ErrCode = 0;
gm.ErrMessage = "";
gm.reuseMatId = Convert.ToInt32(dr["reuseMatId"]);
gm.minDiam = Convert.ToDecimal(dr["minDiam"]);
gm.maxDiam = Convert.ToDecimal(dr["gmMaxDiam"]);
gm.reusePercentage = Convert.ToDecimal(dr["reusePercentage"]);
rmList.Add(gm);
}
return(rmList);
}
private NxParameterCollection setParameters(gReuseMatCL mat, ReparatorCL rep)
{
NxParameterCollection pc = new NxParameterCollection();
pc.Add("reuseMatId", mat.reuseMatId);
pc.Add("minDiam", mat.minDiam);
pc.Add("reusePercentage", mat.reusePercentage);
pc.Add("reg", rep.AnvID);
pc.Add("regdate", DateTime.Now);
return(pc);
}
/// <summary>
/// Returns the deault reusable percent depending on the innerSize of a gasket
/// Please check errCode before using the result
/// The only field that shall be accessed is the reusePercentage
/// </summary>
/// <param name="ident"></param>
/// <param name="innerSize"></param>
/// <returns></returns>
/// 2018-08-31 KJBO
public gReuseMatCL getReusablePercentage(string ident, Decimal innerSize)
{
gReuseMatCL reuseMatRet = new gReuseMatCL();
reuseMatRet.ErrCode = 0;
reuseMatRet.ErrMessage = "";
CReparator cr = new CReparator();
int identOK = cr.checkIdent(ident);
if (identOK == -1)
{
reuseMatRet.ErrCode = -10;
reuseMatRet.ErrMessage = "Ogiltigt login";
return(reuseMatRet);
}
string sSql = "select coalesce(reusePercentage,0) reusePercentage "
+ " from gReuseMat "
+ " where minDiam = (select max(minDiam) "
+ " from gReuseMat "
+ " where minDiam <= :minDiam ) ";
NxParameterCollection pc = new NxParameterCollection();
pc.Add("minDiam", innerSize);
string errTxt = "";
DataTable dt = cdb.getData(sSql, ref errTxt, pc);
if (errTxt != "")
{
if (errTxt.Length > 2000)
{
errTxt = errTxt.Substring(1, 2000);
}
reuseMatRet.ErrCode = -100;
reuseMatRet.ErrMessage = errTxt;
return(reuseMatRet);
}
if (dt.Rows.Count == 0)
{
reuseMatRet.reusePercentage = 0;
return(reuseMatRet);
}
DataRow dr = dt.Rows[0];
reuseMatRet.reusePercentage = Convert.ToDecimal(dr["reusePercentage"]);
return(reuseMatRet);
}
/// <summary>
/// Saves reusable material
/// Returns the new created or changed material object
/// If an error occurs than that error will be returned
/// </summary>
/// <param name="ident"></param>
/// <param name="reuseMat"></param>
/// <returns></returns>
/// 2018-08-31 KJBO
public gReuseMatCL saveReuseMaterial(string ident, gReuseMatCL reuseMat)
{
gReuseMatCL reuseMatRet = new gReuseMatCL();
CReparator cr = new CReparator();
int identOK = cr.checkIdent(ident);
if (identOK == -1)
{
reuseMatRet.ErrCode = -10;
reuseMatRet.ErrMessage = "Ogiltigt login";
return(reuseMatRet);
}
if (reuseMat.minDiam <= 0 || reuseMat.minDiam > 1500)
{
reuseMatRet.ErrCode = -1;
reuseMatRet.ErrMessage = "Minsta diameter måste vara större än 0 och mindre än 1500 mm.";
return(reuseMatRet);
}
if (reuseMat.reusePercentage < 0 || reuseMat.reusePercentage >= 100)
{
reuseMatRet.ErrCode = -1;
reuseMatRet.ErrMessage = "Återanvändbar procent måste vara större än 0 och mindre än 100";
return(reuseMatRet);
}
string sSql = "";
if (reuseMat.reuseMatId == 0)
{
sSql = getInsertSQL();
}
else
{
sSql = getUpdateSQL();
}
ReparatorCL rep = cr.getReparator(ident);
NxParameterCollection pc = setParameters(reuseMat, rep);
string errTxt = "";
int iRc = cdb.updateData(sSql, ref errTxt, pc);
if (errTxt != "")
{
if (errTxt.Length > 2000)
{
errTxt = errTxt.Substring(1, 2000);
}
reuseMatRet.ErrCode = -100;
reuseMatRet.ErrMessage = errTxt;
return(reuseMatRet);
}
if (reuseMat.reuseMatId == 0)
{
reuseMat.reuseMatId = getLastID();
}
List <gReuseMatCL> list = getReuseMaterial(ident, reuseMat.reuseMatId);
if (list.Count == 0)
{
reuseMatRet.ErrCode = -101;
reuseMatRet.ErrMessage = "Can not retrieve the current reuseMaterial";
return(reuseMatRet);
}
return(list[0]);
}
